- Nov 22, 2001
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Looks nice..
The GIGABYTE GV-R587UD-1GD features GIGABYTE’s own Ultra Durable VGA Technology, which can provide outstanding overclocking capability, lower GPU temperature, and excellent power efficiency. GIGABYTE unique technology Ultra Durable VGA features 2 oz copper PCB board, Samsung and Hynix memory, Japanese solid capacitor, Ferrite /Metal Core Chokes, and Low RDS (on) MOSFET. Compared with traditional graphics accelerators, Ultra Durable VGA graphics accelerators can lower GPU temperature by 5%~10%, decrease power switching loss by 10%~30%, and increase overclocking capability by 10%~30%. GIGABYTE Ultra Durable VGA graphics accelerator GV-R587UD-1GD, GV-R585OC-1GD and GV-R583UD-1GD can provide truly “high-performance” and “green” graphic card resolutions.
Anti-turbulence Inclined Dual Fan
The outstanding dual fan design doubles the cooling capability and offers extreme silent environment. GIGABYTE builds up an inclined cooling fan which helps heats can spread effectively from hot areas. 4 heat-pipes contribute to 13℃cooler than reference fansink.
The GIGABYTE GV-R587UD-1GD features GIGABYTE’s own Ultra Durable VGA Technology, which can provide outstanding overclocking capability, lower GPU temperature, and excellent power efficiency. GIGABYTE unique technology Ultra Durable VGA features 2 oz copper PCB board, Samsung and Hynix memory, Japanese solid capacitor, Ferrite /Metal Core Chokes, and Low RDS (on) MOSFET. Compared with traditional graphics accelerators, Ultra Durable VGA graphics accelerators can lower GPU temperature by 5%~10%, decrease power switching loss by 10%~30%, and increase overclocking capability by 10%~30%. GIGABYTE Ultra Durable VGA graphics accelerator GV-R587UD-1GD, GV-R585OC-1GD and GV-R583UD-1GD can provide truly “high-performance” and “green” graphic card resolutions.
Anti-turbulence Inclined Dual Fan
The outstanding dual fan design doubles the cooling capability and offers extreme silent environment. GIGABYTE builds up an inclined cooling fan which helps heats can spread effectively from hot areas. 4 heat-pipes contribute to 13℃cooler than reference fansink.
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